# File Ali_MAM_5.amc - am model configuration file for
#
#            site: Ali (阿里) (lat 32.326, lon 80.026)
#          season: MAM
#     H2O profile: 5th percentile
#      O3 profile: median
#
# Climatological statistics to produce this model were compiled from
# NASA MERRA-2 reanalysis data for the period 2007-2016.
#
# MERRA references:
#   M. M. Rienecker et al. (2011), MERRA: NASA's Modern-Era Retrospective
#   Analysis for Research and Applications. J. Climate 24:3624.
#
#   A. Molod et al (2015), Development of the GEOS-5 atmospheric general
#   circulation model: evolution from MERRA to MERRA2.  Geoscience Model
#   Development 8:1339. 
#
# MERRA is produced by the NASA/Goddard Global Modeling and Assimilation
# Office (GMAO).  MERRA-2 data are archived and distributed by the Goddard
# Earth Sciences Data and Information Services Center (GES DISC).
#
# Data reference:
#   Global Modeling and Assimilation Office (GMAO) (2015),
#   MERRA-2 inst3_3d_asm_Np: 3d,3-Hourly,Instantaneous,Pressure-Level,
#   Assimilation,Assimilated Meteorological Fields,version 5.12.4,
#   Greenbelt, MD, USA:Goddard Space Flight Center Distributed Active
#   Archive Center (GSFC DAAC),
#   Accessed 2017 Feb 6 at doi:10.5067/QBZ6MG944HW0
?
? Usage:
?  am Ali_MAM_5.amc  f_min  f_max  df  zenith_angle  trop_h2o_scale_factor
?
? Example:
?  am Ali_MAM_5.amc  0 GHz  300 GHz  10 MHz  0 deg  1.0
?
f %1 %2  %3 %4  %5 %6
output f GHz  tau  tx  Trj K  Tb K
za %7 %8
tol 1e-4

Nscale troposphere h2o %9

T0 2.7 K

layer mesosphere
Pbase 0.1 mbar  # z = 64416.0 m
Tbase 216.8 K
lineshape Voigt-Kielkopf
column dry_air vmr
column h2o vmr 4.26e-06
column o3 vmr 5.98e-07

layer mesosphere
Pbase 0.3 mbar  # z = 56878.0 m
Tbase 236.3 K
lineshape Voigt-Kielkopf
column dry_air vmr
column h2o vmr 5.16e-06
column o3 vmr 9.03e-07

layer mesosphere
Pbase 0.4 mbar  # z = 54806.0 m
Tbase 242.6 K
lineshape Voigt-Kielkopf
column dry_air vmr
column h2o vmr 6.21e-06
column o3 vmr 1.37e-06

layer mesosphere
Pbase 0.5 mbar  # z = 53163.0 m
Tbase 248.4 K
lineshape Voigt-Kielkopf
column dry_air vmr
column h2o vmr 6.42e-06
column o3 vmr 1.67e-06

layer mesosphere
Pbase 0.7 mbar  # z = 50610.0 m
Tbase 255.5 K
lineshape Voigt-Kielkopf
column dry_air vmr
column h2o vmr 6.52e-06
column o3 vmr 2.07e-06

layer stratosphere
Pbase 1.0 mbar  # z = 47856.0 m
Tbase 256.5 K
lineshape Voigt-Kielkopf
column dry_air vmr
column h2o vmr 6.52e-06
column o3 vmr 2.65e-06

layer stratosphere
Pbase 2.0 mbar  # z = 42546.0 m
Tbase 250.7 K
column dry_air vmr
column h2o vmr 6.35e-06
column o3 vmr 3.92e-06

layer stratosphere
Pbase 3.0 mbar  # z = 39525.0 m
Tbase 245.3 K
column dry_air vmr
column h2o vmr 6.09e-06
column o3 vmr 5.64e-06

layer stratosphere
Pbase 4.0 mbar  # z = 37423.0 m
Tbase 241.0 K
column dry_air vmr
column h2o vmr 5.88e-06
column o3 vmr 6.93e-06

layer stratosphere
Pbase 5.0 mbar  # z = 35822.0 m
Tbase 237.7 K
column dry_air vmr
column h2o vmr 5.69e-06
column o3 vmr 7.75e-06

layer stratosphere
Pbase 7.0 mbar  # z = 33459.0 m
Tbase 231.9 K
column dry_air vmr
column h2o vmr 5.55e-06
column o3 vmr 8.26e-06

layer stratosphere
Pbase 10.0 mbar  # z = 31002.0 m
Tbase 226.7 K
column dry_air vmr
column h2o vmr 5.41e-06
column o3 vmr 8.40e-06

layer stratosphere
Pbase 20.0 mbar  # z = 26382.0 m
Tbase 217.8 K
column dry_air vmr
column h2o vmr 5.09e-06
column o3 vmr 7.34e-06

layer stratosphere
Pbase 30.0 mbar  # z = 23781.0 m
Tbase 212.8 K
column dry_air vmr
column h2o vmr 4.77e-06
column o3 vmr 5.47e-06

layer stratosphere
Pbase 40.0 mbar  # z = 21974.0 m
Tbase 209.0 K
column dry_air vmr
column h2o vmr 4.61e-06
column o3 vmr 3.94e-06

layer stratosphere
Pbase 50.0 mbar  # z = 20599.0 m
Tbase 204.6 K
column dry_air vmr
column h2o vmr 4.48e-06
column o3 vmr 2.76e-06

layer stratosphere
Pbase 70.0 mbar  # z = 18575.0 m
Tbase 197.7 K
column dry_air vmr
column h2o vmr 4.28e-06
column o3 vmr 1.52e-06

layer troposphere
Pbase 100.0 mbar  # z = 16451.0 m
Tbase 199.8 K
column dry_air vmr
column h2o vmr 3.93e-06
column o3 vmr 5.39e-07

layer troposphere
Pbase 150.0 mbar  # z = 13963.0 m
Tbase 209.9 K
column dry_air vmr
column h2o vmr 4.46e-06
column o3 vmr 2.11e-07

layer troposphere
Pbase 200.0 mbar  # z = 12137.0 m
Tbase 211.5 K
column dry_air vmr
column h2o vmr 8.57e-06
column o3 vmr 1.42e-07

layer troposphere
Pbase 250.0 mbar  # z = 10691.0 m
Tbase 218.4 K
column dry_air vmr
column h2o vmr 1.81e-05
column o3 vmr 1.12e-07

layer troposphere
Pbase 300.0 mbar  # z = 9472.0 m
Tbase 227.0 K
column dry_air vmr
column h2o vmr 3.02e-05
column o3 vmr 8.50e-08

layer troposphere
Pbase 350.0 mbar  # z = 8401.7 m
Tbase 234.7 K
column dry_air vmr
column h2o vmr 4.81e-05
column o3 vmr 7.05e-08

layer troposphere
Pbase 400.0 mbar  # z = 7443.2 m
Tbase 241.5 K
column dry_air vmr
column h2o vmr 1.03e-04
column o3 vmr 6.45e-08

layer troposphere
Pbase 450.0 mbar  # z = 6573.3 m
Tbase 248.0 K
column dry_air vmr
column h2o vmr 2.66e-04
column o3 vmr 6.16e-08

layer troposphere
Pbase 500.0 mbar  # z = 5774.7 m
Tbase 254.2 K
column dry_air vmr
column h2o vmr 5.53e-04
column o3 vmr 5.99e-08

layer troposphere
Pbase 549.4 mbar  # z = 5060.0 m
Tbase 259.8 K
column dry_air vmr
column h2o vmr 8.67e-04
column o3 vmr 5.88e-08